摘要
本文利用非线性规划给出航线调整的最优角度,并通过系统仿真检验结果可行性。在求解过程中由于飞行过程的时间连续性,我们预先使用MATLAB将飞行时间离散化,得到有效时间值并应用到最优化的模型求解中,运用Lingo软件编程求解得出相应飞机的最优调整角度。
In this paper, we found nonlinear programming model to search for the optimal flight routes adjustment angles, and test the feasibility of results through system simulation. In the solution process, since the flight time continuity, we will advance use the MATLAB to discrete the flight time, and find the effective values of flight time to solve the optimize model founded. At last, we use Lingo to program to search for the optimal adjustment angles of airerafts.
出处
《科技信息》
2007年第17期37-38,共2页
Science & Technology Information
关键词
非线性规划
时间离散化
系统仿真
Nonlinear Programming
Time Diseretization
System Simulation
